Uninterrupted provision of the educational process: stable power supply allows the use of modern multimedia and digital equipment, which improves the quality of education. Increased safety of students and staff: modern electrical wiring, protection systems and backup power sources reduce the risk of accidents and injuries. Promoting innovative learning: the ability to use interactive technologies, STEM laboratories and electronic learning platforms. Social stability: reliable power supply ensures the continuity of learning, which is especially important for students from remote villages.

The environmental impact of the project is positive, as it involves the reconstruction of the existing basement without the acquisition of new land. During the work, it is planned to use energy-efficient materials and modern technologies, which will reduce energy consumption. It is planned to comply with the rules for handling construction waste. The reconstruction will improve the sanitary and hygienic conditions of the premises, which will positively affect the health of children and employees. Thus, the project has a neutral or positive impact on the environment

Reduction of electricity costs: the use of a hybrid installation and storage systems allows you to optimize electricity consumption and reduce costs for external energy supply companies. Reduction of repair and emergency maintenance costs: a modern electrical system with automatic protection systems reduces the risk of breakdowns and equipment failure. Long-term economic benefit: investing in energy-efficient technologies increases the cost and reliability of the lyceum infrastructure, which is an investment in the sustainable development of the institution.